Cell culture dish bacterium infection experiment device

Abstract

The invention discloses a cell culture dish bacterium infection experiment device. The cell culture dish bacterium infection experiment device comprises a liquid inlet module, a gas inlet module, a cell culture module, a gas outlet module, a sterilizing module and a control module, wherein the gas inlet module is used for ventilating external gas; the liquid inlet module is used for transporting bacterium culture solution to the cell culture module for performing cell culture; the gas outlet module is used for exhausting waste gas; the sterilizing module is used for sterilizing the cell culture module; and the control module is used for controlling the liquid inlet module, the gas inlet module, the cell culture module, the gas outlet module and the sterilizing module; and the cell culturemodule comprises a bin body which can be subjected to sealing control, wherein the bin body is divided into a first bin chamber, a second bin chamber and a third bin chamber; a disk culture frame is arranged in the first bin chamber; a linear culture frame is arranged in the second bin chamber; and a blank group frame is arranged in the third bin chamber. According to the cell culture dish bacterium infection experiment device disclosed by the invention, through a plurality of control groups, cell culture can be intuitively and full-automatically performed, so that the convenience and the accuracy of the experiment are improved.

Description

technical field [0001] The invention relates to the field of cell culture technology, in particular to an experimental device for bacterial infection of a cell culture dish. Background technique [0002] The petri dish is a common laboratory vessel, which is often used for microorganism or cell culture. The existing petri dish is generally used as a load-carrying device, and the operation is completely manual. It requires the experimenter to carry out experiments repeatedly. Strict cleaning and sterilization must be carried out after each use. However, the daily experimental tasks of experimenters are often very heavy. When performing cell culture, they are easily polluted by the air, which often causes uncertain factors in cell culture. If the cell culture is not successful, the experimental materials will be wasted, and in severe cases, the follow-up experiments will not be able to continue, and the desired experimental results will not be obtained. [0003] When the exis...

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Problems solved by technology

[0002] The petri dish is a common laboratory vessel, which is often used for microorganism or cell culture. The existing petri dish is generally used as a load-carrying device, and the operation is completely manual. It requires the experimenter to carry out experiments repeatedly. Strict cleaning and sterilization must be carried out after each use. However, the daily experimental tasks of experimenters are often very heavy. When performing cell culture, they are easily polluted by the air, which often causes uncertain factors in cell culture. If the cell culture is unsuccessful, the experimental materials will be wasted, and in serious cases, the follow-up experiments will not be able to continue, and the desired experimental results will not be obtained.

[0003] When the existing cell culture is artificially added, the liquid will be added unevenly, and the control effect of the bacterial culture is not obvious. There is an urgent need for a cell culture dish experimental device that can improve the accuracy of the experimental results, is convenient to operate, and can be comprehensively compared. To reduce the burden on experimenters

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